1 | initial version |
As @kcrisman said, try an implicit plot. For example:
var('c t')
implicit_plot(c== 4001/40*t + 1/164040*log(4201) + log(2) - 1/164040*log(100*c + 4001) + 164041/164040*log(c - 1),(t,0,.1),(c,0,10),aspect_ratio=.01)
Here's a link to see the result: http://sagecell.sagemath.org/?q=jcyluk
2 | No.2 Revision |
3 | No.3 Revision |
As @kcrisman said, try an implicit plot. For example:
var('c t')
implicit_plot(c== implicit_plot(log(c)== 4001/40*t + 1/164040*log(4201) + log(2) - 1/164040*log(100*c + 4001) + 164041/164040*log(c - 1),(t,0,.1),(c,0,10),aspect_ratio=.01)
Here's a link to see the result: http://sagecell.sagemath.org/?q=jcyluk
4 | No.4 Revision |
As @kcrisman said, try an implicit plot. For example:
var('c t')
implicit_plot(log(c)== 4001/40*t + 1/164040*log(4201) + log(2) - 1/164040*log(100*c + 4001) + 164041/164040*log(c - 1),(t,0,.1),(c,0,10),aspect_ratio=.01)
Here's a link an updated link to see the result: http://sagecell.sagemath.org/?q=jcylukresult.